Peter Wolynes

Peter Wolynes is the Bullard-Welch Foundation Professor of Chemistry at Rice University, with appointments in Chemistry, BioSciences, Materials Science & NanoEngineering, and Physics & Astronomy. His research focuses on energy landscapes in biomolecules, glasses, and complex systems, integrating statistical mechanics with computational modeling. He holds honorary doctorates from Indiana and Stockholm Universities and is a member of prestigious academies including the National Academy of Sciences and Royal Society.

Educations:

• A.B., Indiana University, 1971
• Ph.D., Chemical Physics, Harvard University, 1976

Research Interests: His work spans protein folding kinetics, gene regulatory networks, glass transition theory, and quantum simulations. Key contributions include the energy landscape theory of protein folding ("funnel" model), random first-order transition theory for glasses, and computational tools like AWSEM-Suite for protein structure prediction. Recent efforts explore chromatin folding, motorized chromosome models, and quantum information scrambling in biomolecules.

Awards & Honors:

• ACS Awards in Pure Chemistry (1986) and Theoretical Chemistry (2012)
• American Physical Society Biological Physics Prize (2004)
• Foreign Membership in Royal Society and Leopoldina

Grants & Labs: Leads the Wolynes Research Group at Rice, collaborating on NIH-funded projects. Active in developing multiscale models for biological systems, including Nucleome Data Bank resources for genome simulations.

Labs/Teams: Directs interdisciplinary teams studying biomolecular energy landscapes, quantum chemistry, and computational biophysics. Partnerships include Max Planck Institute, Ecole Normale Supérieure, and Chinese Academy of Sciences.